Profiles of Leading Women Scientists on AcademiaNet.
Search among the members of the Leopoldina for experts in specific fields or research topics.
Year of election: | 2016 |
Section: | Earth Sciences |
City: | Tempe |
Country: | USA |
Research Priorities: Circulation patterns in bodies of water, consequences of climate change for oceans, environmental technology, sustainable development, paleoclimatology
Peter Schlosser’s research covers earth and environmental sciences, environmental engineering, and sustainable development. He primarily studies the dynamic of the natural water cycle in oceans, groundwater and continental bodies of water as well as the effects of disturbances to these systems relative to their sustainability.
Peter Schlosser examines natural circulation patterns in bodies of water and asks how they are altered by human interference and disturbance. For his research, he tracks the paths of trace elements and trace gases (isotopes, chemical compounds) in water, in particular in oceans and in groundwater. He observes their distribution in order to gain insights and information about the movements and formation rates of water masses as well as about their mixing processes. The results reveal, among other things, discoveries about the consequences of pollution, for example when harmful substances enter the water after an oil tanker accident. He uses models to analyse the physics of the circulation and to predict water movements on the basis of these analyses.
With his research team, Peter Schlosser studies, for example, how deep waters form at high latitudes in the ocean. His studies provided the initial evidence for a dramatic decrease in deep water formation in the Greenland Sea. The results show how sensitive the processes in the oceans are in relation to one another and how abruptly they react to disturbances and climate changes. In other studies, he was able to demonstrate evidence for an excess of the noble gases helium and neon in ocean water due to the melting ice sheets in Antarctica. This allows for a calculation of the melting rate for ice sheets.
Together with his team, Peter Schlosser works to find ways to alleviate the adverse effects of these disturbances. His research contributes to the basic understanding of ocean circulation and provides insights into the role of oceans in climate variability. In further projects, he examines the climate history of the earth (paleoclimatology) as well as the exchange of gases between the atmosphere and the oceans or continental bodies of water.